Cash-register.



PATENTED APR. 10, 1906.

F. (3. BS8635.

BASH REGISTER.

APPLICATION FILED NOV. 23. 1891.

7 SHEETS-SHEET 1.

JNVEWTOR WIYWESSES PATENTBD APR. 10, 1906.

F. G. OSBORN. CASH REGISTER. APPLICATION rum) zmv. 2a. 1891.

7 SHEETS-SHEET 2.

IWVENTOIR PATENTED APR. 10, 1906.

I. C. OSBORN.

CASH REGISTER.

APYLIOATIOX FILED H0123. 1891.

7 SHBETBBHEET 3,

: I 15/0 1 U U '5 L DU 1 INVENTOR 4; J m mm- 'a flilomeys.

' PATENTED APR. 10, 1906.

I. 6.0SBORN. CASH REGISTER! APPLIOATIOR rum) 110v, 2a. 1201.

I SHEETS-SHEET 4.

11V 7 EN TOR :Iiiomeys.

PATBNTED APR. 10, 1906.

F. 0. OSBORN. CASH REGISTER.

APPLIUATIOH YILED NOV. 23, 1891.

'7 SHEETS-SHEET 5.

INYENTOY? 11 altlomeys.

IV I IWESES No. 817,725. PATENTED APR. 10, 1906. F. G. OSBORN. CASH REGISTER.

APPLIOATION FILED NOV. 23. 1891.

7 BHEETB -BHBBT 6.

No. 817.725. PATENTBB APR. 10, 1966. F. G. OSBORN. GASH REGISTER.

APPLIDATIQN FILED NOV. 23, 1891.

7 SHEETS-SHEET T.

M Y #FWM UNITED sTApas PATENT OFFICE.

FRAN (HS 0.

ASSIGNMENTS,

OSBORN, OF DETROIT, MICHIGAN, ASSIGNOR, BY MESNE TO NATIONAL CASH REGISTER COMPANY, OF JER- SEY CITY, NEW JERSEY, A CORPORATION OF NEW JERSEY.

CASH-REGISTER.

Specification of Letters Patent.

Patented April 10, 1906.

Application filed November 23, 1891. Serial No. 412,791.

This invention relates to improvements in.

cash-registers, and has among its objects to provide improvements in the indicator mechanism thereof, includin novel keycontrolled devices therefor, also improvements in the recording mechanism associated therewith, including the control of the latter by a driving member, such as a hand-operated tillcover or similar operating means.

With these and incidental objects in view the invention consists in certain novel features of construction and combinations of parts, the essential elements of which are set orth in appended claims and a preferred form of embodiment of which is hereinafter specifically described with reference to the drawings which accompany and form part of this specification.

Of said drawings, Figure 1 shows in perspective an interior view of one end of the case and the arts supported by it. Fig. 2 shows a detaiFof the setting end of the ke the lifting-do and the lower end of the tablet-rod and t eir relative ositions. Fi 3 shows an interior view of t e o posite an of the case from Fig. 1, giving etails of construction. Fig. 3 shows in detail the coverlcck. Fig. 4 shows the locking-bolt on the drawer-cover. Fig. 5 shows the tablet-rods in elevation. Fig. 6 shows the means of setting the printing or embossin wheels. Fig. 7 is a rear view of the liftingogs, indicating especially the means 0 which a unit of a higher order is couple with the unit bf a lower order in operating the recording or printing wheels. Fig. 8 1s a perspective externabview of the entire register. Fi s. 9 and 10 show the masked ratchet used in eeding paper to the printing-wheels in the modified construction shown in Figs. 17 to 21. Fig. 11 is a section of the pinion M. Fig. 12 shows in section the printing mechanism. Fig. 13 shows in perspective the parts shown in section in Fig. 12. Fig. 14 is a longitudinal section of the feedroll. Fi 14 indicates the means of varying the eed. Figs.

15 and 15 indicate the means of operating the printin -platen. Fig. 16 shows the key by which t e re ister is set to clip off the rinted check or save it unclipped. Fig. 17 is a sectional elevation of another form of printing device embodying my resent im provements. Fig. 18 indicates t e means of operating the aperfeed, the printing, and t e cutting-off rnives of Fig. 17. Fig, 19 is an enlarged detail of the printing-platen and cutting-off knives of Fig. 17. Figs. 20 and 21 are rear and front views of the printing mechanism of Fig. 17. Fi s. 22, 23, and 24 show in crosssection the re ative positions of the key, the lower end of the tablet-rod, and the dog at several points in the movement of these parts.

In the specific form in which the above mentioned objects are carried out there are provided a series of tablet indicator rods carrying racks for differentially actuating the register, the proper tablet-rods being selected tinder the control of appropriate series of keys and subsequently actuated by means of an oscillating till-cover, which is moved by hand to expose the cash-receptacle. The tablet rods also effect the positioning of printing-wheels, from which an impression is taken on a paper strip by means under the control of a spring-tensioned shaft, the spring of which is put under tension by the hand-operated till-cover, and this same shaft also controls the feed for the paper strip and the knife for severing the strip when it is desired to issue a check. There is also a device for varying the length of feed of the strip and for enabling or disabling the knife mechanism at will.

The specific parts of the mechanism will now be described with reference to said drawin s.

h is the side of the case.

B represents the keys, the setting ends thereof being indicated at b, and B is the universal bar on which the keys are pivoted.

O O represent lifting-dogs, correspondin in number and location to the keys mounted on the universal shaft 0. A feather c in the shaft limits the rotary movement of the lifting-dogs thereon, said feather working in a slot C in each dog. Each of the dogs is provided with a recess C into which may pass the setting end l) of the corresponding key, as

'they move in unison.

shown in Fig. 22. Each of the dogs is also provided with an arm which when. the dog is rotated will be brought into position to engage beneath a tablet-rod P to elevate the latter when the universal shaft c is elevated. All of the arms C of the dogs normally engage a resetting-bar (7 by which they are maintained out of the path of the tablet-rods. It will be observed that when any one of the keys is depressed its setting end will engage beneath the resetting-bar being thus lntroduced within the recess U of its corresponding dog. If now the universal shaft 0 is elevated, the selected dog will be partially rotated by the engagement with the setting end of the depressed key, as shown in Fig. 23, bringing the arm beneath the corresponding tablet-rod P, which will be then elevated by the further upward. movement. All the other dogs will not be rotated, and their arms C will pass clear of the corresponding tablet-rods. Movement of the universal shaft 0 is effected through connections with. two slides D, one on each side of the machine, ca able of vertical movement between the guldes d d.

D represents lifting-levers, hinged at D to each end of the case and connected by links D to the corresponding circular rotative ends E of the money-box cover. The links D are each connected to the corresponding end E by pins d, so laced that when the ends E of the money lifox cover are rotated around their central bearings G, so as to expose the money-box, the pins (1 will be moved vertically over or slightly beyond said center. The object of this arrangement is to reduce the lifting motion of the links D to a minimum at this point, and inasmuch as the entire rotary motion of the ends E is about ninety degrees the lifting motion on the tablet-rods will be a gradually-decreasing one from the commencement of the operation and may be made to actually cease before the money-box cover is fully opened. In this way I effectively revent overthrow of the tablet-rods and 0 any other mechanism which may be connected to the cover of the money-box. By this means a speed-reducing connection is provided by which a substantially constant movement of the manually-operated device is translated into a decreasing movement of the part to be moved, whereby to prevent overthrow, this decreasing movement gradually and continuously decreasing to a nullity without any abrupt changes in the speed thereof.

F F are two bell-crank han ers mounted Within the sides A on the sha t f, whereby Connecting these hangers at the angles thereof is a rod f, which extends directl under all of the keys B, so that the said ro will be 0 erated upon the depression of any one of the keys. In or der to return the rod f to restore the key when the till-cover is moved, I provide the hangers F each with a stud f, as shown in Figs. 1 and 3, which will be engaged by a cam-surface on the corresponding end E of the till-cover. When, therefore, the till-cover is opened, the rod f will be moved upward to restore to the normal position any one or more of the keys B which may have been depressed, but not until the rear end of such ey has effected the settin r of its corresponding lifting dog. One 0 the hangers, as shown in Fig. 1, is provided with a wedge or cam-like extension F, which when the hanger is moved u on the opening of the cover will be forced between a disk It and the cover A to shift the disk laterally, carrying a fluted or pinion shaft M with it, for a purpose to be explained hereinafter. At one side of the machine is an arched rack R, provided with a deep notch r at each end. The correspondin circular end E carries a pawl R, mounte on a pin r and moved normally to a position in line with the diameter of the rack R by means of a spring R The pawl R is allowed to resume its normal position whenever it is brought op osite to one of the broad teeth 1" when the til -cover is fully opened or fully closed. In opening the cover it will be observed that the pawl will trail over the teeth of the rack R, reventing return movement of the cover. hen, however, the cover is fully opened, the pawl will be permitted to again resume its normal position and when the cover is closed will trail over the rackteeth in the opposite direction, compelling the full closing movement of the cover. This is an ordinary full-stroke mechanism, and I do not claim the same herein.

At either extreme of its travel the moneybox cover is caught and locked by devices which hold it in either an open or closed position until it is unlocked b Y a subsequent action of the operator. Y en 0 ened, a spring-bolt L (see Fig. 4) engages a ug Z, carried by one of the ends E for the cover to lock the cover in its open position. The bolt L may be carried on any stationary part of the apparatus-as, for instance, the till H. The cover will be locked in an open position until the bolt L is withdrawn by any appropriate means. One convenient way of withdrawing the bolt out of locking engagement with the lug Z is shown in Fig. 4, in which the bolt L is secured to the money-box by two pins working in oblique slots in the bolt, a spring Z holding the bolt in its forward or looking position. B depressing the bolt L at any point on its length the engagement between the oblique slots and the p1I1S will cause it to be Withdrawn from the lug Z to permit the cover to be closed by any suitablyarranged closin -spring, as the spring N. The cover is loc ed in its closed osition b means of a catch K on one of t e ends which catch engages a hook is on the adjacent side A, B depressing the hook in the cover will be un ocked. This may be eifected by en agin the hook by means of the extension 3 of t is hanger F at that side of the machine. Upon the depression of any key the rod f will be lowered, carrying both of the hangers, and thus unlocking the moneybox cover, which can then be opened.

When a printing or embossing mechanism is employed, as is preferable, a rod 71 is mounted between the sides A A and is rovided thereon with a coiled spring N, w ich tends to maintain the shaft n in a normal position, but to permit rotation of the shaft under the influence of the inone box cover or of any other suitable manuafl -operated part. Said shaft is also provided with a small winding-drum thereon, around which is wound a chain 72/, connected at its lower end with a drum g on the pivot G of one of the ends of the money-box cover. Vlhen the cover is opened, the drum 9 willbe turned, winding the chain 12. thereon and rotating the shaft it against the tension of the sprin N. When the cover is closed, the spring will rotate the shaft n in the opposite direction. Obviously the spring N,may be made of sufficient tension to effect the closing of the mone -boX cover through the chains 12.

Each the tablet-rods is rovided with a rack thereon, as shown clearl y in Fi s. 1 and 5, adapted to engage the teeth of the fluted shaft M when any of the tablet-rods is elevated. The racks which are formed on the tablet-rods are of varying extents, the tabletrod corresponding to the one-cent key being provided with only one tooth, that for the two-cent key with two teeth, for the five-cent key with five teeth, and so on, whereby the fluted shaft M will partake of a movement corresponding to the particular tablet-rod which may be elevated. The fluted shaft M, as shown in Fig. 6, is divided into several sections, corresponding in number to the banks of the keys which are used. With the machine illustrated in the drawings there are four banks of keys, representing units, tens, hundreds, and an desired characterkeys which may be emp oyed. Referring to Fig. 7, it will be observed that one of the banks represents cents, the second dimes, the third dollars, and the fourth five character-keys, designated, respectively, Ch, (change,) "Cr., (credit,) Pd, (paich) Rd, (received,) and St, (stamps) It is obvious that these latter keys may be changed to suit the conditions in which the oash-register is to be employed. When four banks of keys are thus used, the fluted or pinion shaft M will be divided into four sections, which I have designated, respective] W a: Y Z, arranged in line, butjndependentf i movable with respect to each other. Pref erably a printing or embossing mechanism is used, comprising in this instance four printing or embossing wheels or typecarriers (designated,respectively, q, and 9) corresponding in number with t 1e banks of keys. Three of these wheels, representing units, ten, and hundreds, are provided with the nine digits and a naught thereon, while the other wheel is rovided with characters corresponding to the keys in the characterbank. The units-keys select the tablet-rods which effect the varying rotation of the section W of the fluted or pinion shaft M. This section is connected by a shaft to with the first printing-wheel g". The section a of the shaft which is operated through the tabletrods corresponding to the keys of the second bank connects by a sleeve 3: with the second printing or embossing wheel The tabletrods of the third bank, corres ending to ke s representing hundreds or dol are, control t e variable extents of movement of the section Y, which is connected by a sleeve y, surrounding the sleeve 23, with the third printing or embossing wheel q. The tablet-rods corresponding to the fourth bank of keys control the variable extents of movement of the section Z of the fluted shaft, which section is connected by the sleeve 2 with the fourth printing or embossing wheel said sleeve .2 surrounding the sleeve y. y eniployin the shaft to, connecting the section W wit the printing-wheel g, and the several concentric sleeves at, y, and 2, connecting the other sections with the respective printing or embossing wheels, substantial rigidity of the fluted shaft will be secured.

The register which may be used may be of any suitable ty 1e, but is preferably of the form which I describe in my Patent No. 484,814, dated October 25, 1892. I illustratc in Fig. 6 four wheels 0, 0, O and 0 which correspond to the four banks of ke S and which may be provided on their peri eries with the roper and usual designating numbers and c iaracters to constitute a register. Instead of providing these wheels with nun'ibers or characters on their peripheries they may constitute the intermediate connectin wheels for o crating a series of regist-er-dis ks, as I descri )e in my patent. Where reference is made in my claims to a register or registor mechanism I mean to be understood as coverinv either a register consisting of a series of w 1001s or disks operated. substantially directly, like the wheels 0, 0, O and or ind irectly. The wheels 0, O, and O are each rovidcd with ratchettecth on their pcrip levy, with which the pawls S, S, S, and S cnga e to prevent return movement of the whee 'lhese pawls are carricd'on a stationary art of the registor, as shown in Fig. 6, which parts may in addition constitute bearings for the several sections of the fluted shaft M. The sections of said shaft are provided with clutch memhere 0, o, o, and e, which are adapted to engage the ratchet-teeth of the wheels O O when the fluted shaft M as a whole is shifted. This shift of the shaft is effected, as 1 have already described, upon the opening movement of the money-box cover through the action of the wedge l entering between the disk 71 and the side A. Since the wheels O, O, and O are prevented from backward movement by the pawls S, S, S, and S, as explained, the engagement of the wedge F between the disk h and the cover A to hold the clutch-sections 0 0 0 0 in engagement with the wheels will result in the locking of any elevated tablet rod or rods in the elevated or exposed positions; but as soon as the wedge is withdrawn from this engagement the weight of the tablet-rods wil return the sections of the fluted shaft to their normal positions, in. which movement the engagin surfaces of the clutch-sections 0 0 0 0 with the wheels 0 O O 0 will act as cams to return the shaft M as a whole to its normal position. The wedge F is, as stated, forced into engagement with the disk h to shift the shaft M upon the preliminary movement of the money-box cover. It will be observed that at all positions of the latter, except when wholly closed, the pin) will engage with the edge of the corresponding disk E, thus positively holding the wedge F in position and reventing the possibility of an exposed tabet descending. When the money-box cover is closed, the cut-away portion of the disk E will ermit the wedge F to be withdrawn but t 's movement can only be effected upon the depression of a key, indicating a new transaction.

In the present instance two of the tabletrods situated in the first bank, representing units, are provided with racks of the same number of teeth, these rods being represented in Fig. 7 at and 5". Connected to the dog C corresponding to the latter tablet-rod is a five-cent bar V, extendin parallel to the dogs in the adjacent bank. lEach of the dogs of the tens-bank corresponding to the tabletrods indicating odd multiples of five (in the present instance the fifteen, twenty-five, and thirty-five) is provided with a pin, as shown, which engages the five-cent bar V to operate the latter and effect in consequence the setting of the dog corresponding to the tabletrod 5*. The tablet-rod 5 is not provided with a tablet, but is, as stated, provided with a rack havin the same number of teeth as the tablet-r0 corresponding to the five-cent key, said rack effecting a movement of the shaft-section W and the corresponding printing or embossinglwheel q to both register and record five. T e tablet-rod corresponding to the key is provided with a tablet indicating fifteen, but with a rack which serves to actuate the register and the printing or embossing wheel to the same extent as the actuation of the ten-cent key. When the fifteen-cent key is depressed, however, the correspol'iding setting-dog C and also the setting-dog of the tabletrod 5' will be rotated by the subsequent action of the lifting-bar, the tablet 15 will be disclosed, and fifteen (ten plus live) will be registered and recorded by the combined action of the racks on the tablet-rods 15 and 5.

In order that the sections of the fluted or pinion-shaft M may normally occupy a position to be properly en aged by the several racks on the tablet-rods, I provide the projecting pins t, 1., t and t on the several sections, w iich engage stop-pins a u" a a on the stationary parts of the a paratus. Springs 8 are preferably em loyer to effect a positive return of the she t-sections when return movement thereof is permitted by the with drawal of the wedge F. When all the tabletrods are at rest in their normal positions on the bar T, the ins t and u will be in engagement to hold t ie sections of the fluted shaft in their proper normal positions.

The recording portion of the machine or the means by which the amounts shown on the elevated tablets may at the same time be printed or embossed u )on a ribbon or strip of paper is located outside of the main case, within a small auxiliary casing, as shown in Fig. 8. One construction of printing or embossing mechanism is shown particularly in Figs.9,l0,12,13,14,1.4,15,15,and 16. A modification is illustrated in Figs. 17 to 21. As previously described, the several journals upon which the printing or embossing wheels 9, q g and g are mounted extend through the main case A, said wheels being external to the main case. The shaft n also extends outside of the main case and supports on its end a feed-roll 101 and a disk 102, the former being loose on the shaft and the latter fast thereto. The disk 102 carries a pawl 103, which engages with a ratchet-wheel 104 on the feed-roll 101., whereby the feed-roll will be moved in one direction by the pawl 103, but will be prevented from return movement by a return-pawl. (Not shown.) The positive movement of the feed-roll will effect a feed movement of a strip of paper 105, supported within the auxiliary case and having its free end extended between the guide-rolls 106 107, over the platen 108, between the feed-roll 101 and a pressure-roll 109, and between the shearingknives 110 and 111. To the case is hinged on any roper journal, as the shaft of the guide-r0 l 107, an arm carrying the rinting or embossing platen 108, the face of the latter coming directly under the line of type on the printing or embossing wheels g, g, g, and q. When an inking-ribbon 1.21 is employed, a printing will be effected on the paper. When the inking-ribbonis dispensed with, the ty e will perform an embossing operation. T e platen-arm 112 extends in front of the disk 102, and a pin 113,

carried by said disk, is adapted to engage the platen-arm to elevate it to engage the paper with the embossing or printing whee s on preferably the positive stroke of the moneydrawer cover.

It will be observed that when the till-cover is opened the shaft in will be rotated against the tension of the s ring N, the rotation of said shaft causing t e m 113 to engage the platen-arm 112 near t e completion of the movement. On the return movement of the cover the spring N returns the shaft n, withdrawing the pin 113 from the arm 1 12, whereby the latter will be permitted to descend. On this return movement the pawl 103 will engage the ratchet 104, effecting a positive movement of the feed-roll 101 to feed the paper forward. This movement, takin place when the cover is returning, occurs a ter the setting of the printing or embossing wheels and after the printing or embossing, both of which operations take place upon the openin movement of the cover, Alever 114 is pivoted to one of the side plates A and connects with and operates the shearing-knife 111. This lever is provided with a movable foot 115 at its lower end, which is adapted to be engaged b the money-box cover at the extreme end of the closing movement thereof, whereby the shear 111 will he moved relatively to the shear 110 to cut off the pa er after the feeding movement has taken p ace. By turning the foot 115 to one side, as shown in Fig. 16, this engagement with the cover will not take place, and in consequence the ribbon will preserve its continuous form. In some instances this may be desirable. When the register is operated without cutting off the paper, it is usually desirable that the ribbon be fed more slowly to the printing-wheels, and to enable this to be done there is adjustably attached to the inside of the outer wall of the auxiliary case a mask 116, adapted to be raised, so as to hold the pawl 103 out of engagement with the ratchet wheel 104 during a part of the rotation of the shaft a. In this way the feed movement of the feed-roll can be re lated at will. The mask 116 is held to the side of the casing by a thumb-nut 117, (see Fig. 8,) working in a slot 118, whereby adjustment of the mask 116 is secured. The inking-ribbon is controlled by the two thumbnuts 119 and 120.

The modification of the rinting or embossing mechanism shown in *igs. 17 to 21 will be readily understood. In this modification a feed-roll 11 is moved forward by a pinion 12, operated from a rack 1.3, connected to and moving with the shaft c. On the external end of the shaft carrying the inion 12 is the feed-roll 11. A ratchet 14 rives the feedroll during the positive stroke of the pinion and ermits the feed-roll to remain stationary uring the negative stroke thereof. A mask 1.7 may be employed to vary the feed movement of the feedwheei, if desired. The paper 19 passes between the feed-roll 11 and a pressure-roll 18, thence between the two shearing-knives 24 and 26 and over the platen 21. One of the shearing-knives and the platen are carried on reciprocating frame 27, iaving a pin 28, which works in a slot. This frame is engaged by a pin 32 on one of the end plates E at the completion of the ositive movement thereof. The lower end of the frame 27, which, as shown in Fig. 18, may be located on the inside of the plate A, is guided by the cars 29 and 31.

The essential difference between the print ing or embossing mechanisms shown in Fi s. 9,10, 12,13, 14,1=1*,15,15*,and 1e and t e mechanism shown in Figs. 17 to 21 is that with the former the setting of the printing or embossing wheels takes place upon the positive stroke of the till-cover, the printing or embossing is effected at the completion of the positive movement, the feed movement is effected during the closing movement, while the cutting off is effected at the end of the closing movement. With the latter arrangement, the setting of the printing or embossin wheels and the feed of the paper is effected upon the positive movement of the money drawer cover, while the printing or embossing and the cutting off of the paper are simultaneously effected at the completion of the opening movement of the money-box cover. The construction shown in this modification, as above described in connection with Figs. 17 to 21,is not claimed herein, but is intended to form the subject-matter of claims in a divisional application.

There are several important features of this invention that 1 wish to emphasize. The depression of one of the keys B operates none of the mechanism except the included part of the key itself and the rod f, which unclutches the shaft M, permitting an exposed tablet to drop and unlocking the money-drawer cover. In consequence a key may be rctnrned to its normal position Without causing a new indication or registry, thus permitting the correction of a mistake in depressing a key. The inner end of the key moves to position to mesh with a selected dog, which will be moved into position to engage the corresponding tabletred by the continuous movement of the till-cover. The elevation of the tablet-rods, as explained,

due to the levers and links connected to the till-cover, is at first rapid; but as the tabletrod reaches the 11 per part of its travel its speed is gradual y decreased and finally ceases entirely before movement of the tillcover is arrested. This effectually prevents any tendency of the tablet-rods to overthrow by reason of inertia and prevents the shaft M and the printing or embossing wheels from ovcrthrowin while the continued movement of the til cover, which takes place after the printing or embossing wheels have come to rest, may be utilized in. el'lecting the printing or embossing operation and in severing the paper. The tablet-rods after they have been lifted to expose the tablets remain in an elevated position until another key has been depressed, that being the only possible way of unclutching the shaft M and permitting it to rotate backward to drop the tabletrod. After the key has been depressed and the end I) thrown into mesh with its corresponding dog, it remains in mesh until the arm 0' has come under the end of the tabletrod P, when the dog is still further rotated as the slide rises, thus disengaging the dog from the key and permitting the latter to be returned to its normal position The tabletrods, with their racks, actuate both the recording and the registering mechanism, and as distinguished from the setting key the lifting-bar and'dogs may be termed the recording-actu ator or registering-actuator. The locking hook K is provided with several short locking teeth, each of which is adapted to engage with a lockingcatch it. The depression of one of the keys B depresses the barf and the arm f 3 unlocks the catch is from the hook K and at the same time engages the inner end of the depressed key with the recess in the correspondirg dog, and the till-cover will be free to be opened. If, however, the key could now be lifted, so that its inner end passes out of position to engage with the setting-do and the cover remained unlocked, the til might be uncovered without raising the tablet-rods. To prevent this, the hook H, as stated, is provided with several short teeth, and if the op erator having once depressed the key moves the cover sli htly, but not enough to engage the inner end of the key with the setting-dog and then raises the key, the spring k at once lifts the catch is into enga ement with. the second or third tooth of the 100k K and prevents the further opening of the cover. The till-cover in the present case is utilized as a movable member which is moved at will to expose the money within the cash-receptacle; but it is of course to be understood that driving power may be sup lied by the use of other well-known forms OFCtlSh-IGCGP- tacles havin a movable member which is operated at wil to expose the money. In fact, in some of the claims the invention is intended to be broad enough in some of its aspects to include any suitable'form of driving mechanism, hand operated or otherwise. Another important feature of the invention is the spring-tensioned member or shaft n, and it is intended to claim this subject-matter, broadly, in connection with the control of the printin instrumentalities and the tensionin of sai member or shaft by the operating evice.

It is to be understood that When the words indicator i1istrumentalities are used in the claims these words are intended to be broad enough to cover within the scope of the invention the use of the tablet form of indicator as herein specifically adapted as one form of such indicator instrumentality, and also the well-known substitute form of rotary indicator, either form being adapted to variously expose a plurality of i1 dicia.

What I claim is 1. In a cash-register, the combination with a series of keys, of a series of indicators, a movable member for moving the indicators into exposed positions, a series of movable in dicator-engaging devices carried by said movable member and ada )ted to be set by the keys to cooperate wit their respective indicators, and means for operating the movable member.

2. In a cash-register, the combination with a series of indicators, of a movable member for moving the indicators into exposed positions, a series of movable indicator-engaging devices carried by said movable member, a series of keys arranged to be moved into the paths of the indicator-engaging devices so that when the movable member is operated said devices will be brought into engagement with their res ective indicators and means for operating t e movable member.

3. In a cash-register, the combination with sales-indicators normally inexposed, a lifting device for moving the indicators into exposed position, an actuator for moving the lifting device, and a key arranged to be enga ed by the lifting device in its movement, w iereby the latter will engage the indicator corresponding to the key to expose said indicator, substantially as set forth.

4. In a cash-register, the combination with an indicating mechanism, a series of keys, an operating-bar for said indicating mechanism rovided with movable connections between it and the indicating mechanism, said connections being arranged to engage said keys and to be moved thereby into position to act upon said indicating mechanism when the bar is elevated, and means for operating said bar, substantially as set forth.

5. In a cash-register, the combination with a tablet-rod, of a key, a liftin -bar, and a movable do on said lifting ar adapted when the lifting-bar is elevated to intermesh with said key and to be moved thereby into position to engage with and lift said tabletrod, substantially as and for the purpose described.

6. In a cash-register, the combination of a tablet-rod, a supporting-bar upon which said tablet-rod rests when in its lowermost osition, a key extending to the outside 0 the case, a lifting-bar movable vertically, and a movable dog adapted to be supported by and moved with said lifting-bar and to be moved on said lifting-bar into position to intermesh with said key, and adapted to be moved by its mesh with said key into a position to lift said tablct=rods, substantially as and for the purpose described.

7. In a cash-register, the combination of a tablet-rod vertically movable, a liftingbar vertically movable in a path parallel to the path of said tablet-rod, a movable dog on said liftin -bar, an arm or projection on said movable 0g adapted to be moved into position to catch under and raise said tablet-rod, and a key extending through the walls of the case of said re ister, having an inner arm adapted to be rought into mesh with said movable dog and to move the same, and thereby move said arm into position to engage with said tablet rod, substantially as and for the purpose described.

8. In a cash-re ister, the combination of a lifting-bar vertically movable, a he a tablet rod, a dog movable on said liftingar adapted to intcrmcsh successively with said he Y and said tablet-rod and to pass out of mes with said key by continued vertical movement with said tableterod, substantially as and for the purpose described.

9. In a cash-register, the combination of a tablet-rod, a lifting-bar movable vertically, a dog movable on said liftin -bar, an arm or projection from said dog ar apted to engage with said tablet-rod and lift the same with the upward motion of said lifting-bar, and a stationary readjusting-bar adapted to throw said arm out of engaging position as the lifting-bar is dropped, substantially as and for the purpose described.

10. In a caslnregister, the combination of a tablet-rod, a lifting-bar vertically movable and circular in cross-section, a setting-dog capable of rotary motion partially around said lifting-bar, a feather adapted to act as a stop in either direction, and a key normally out of contact with said dog, but adapted to move into position to mesh with and cause a partial rotation of said dog, and throw an arm extending from said dog into position to engage with and lift said tablet-rod, substantia ly as and for the purpose described.

11. In a cash-register, in combination with a tablet-rod, a lifting-bar, means for lifting said her in a path parallel to the axis of said tablet-rod, an arm movable on said liftingbar, means for turnin said arm outward from said bar, into position to en age with and lift said tablet-rod, when the ml" is elevated substantially as described.

12. In a cash-register, a series of tabletrods ada ted to move vertically, a horizontal bar para lel with. the line of tablet-rods, arms movable upon said bar, and adapted to be turned thereon into position to engage with said tablet-rods, when the bar is elevated, and means for elevating said bar, substantially as specified.

13. In a cash-register, the combination of 'an arm or projection from said dog, adapted when elevated to engage with said tablet-rod and lift the same, and means for moving said arm out of engaging position effected by the dropping movement of said lifting-bar, sub stantially as described.

15. In a cashregister, the combination with a tablet-rod provided with a rack, a pinion adapted to mesh with said rack, a register mechanism, the said pinion being movable axially into clutch with said registering mechanism, and means substantially such as described for giving axial movement to said pinion.

16. In a cash-register, in colnbii'lation with a series of tablet-rods, each of which is provided with a. rack, a pinion common to all the tablet-rods of said series, movable longitudinally along its axis and normally free to rotate in either direction, a clutch adapted to engage with said pinion. and to be brought into clutching engagement by such longitudinal movement, and means for moving the pinion axially-3 substantially as and for the purpose specified.

1?. In a cash-register, the combination with a series of tablet-rods, each provided with a rack, a pinion common to all rods of said series, free to rotate in either direction and movable axially into engagement with a clutch, and a clutch adapted to engage with said pinion. and prevent backward rotation of said pinion, substantially and for the pur pose described.

18. In a casli-registor the combination of a cash-recording pinion, a pinion movable endwise in its bearings, a clutch mechanism adapted to engage said pinion. when moved endwise, tablet-rods provided with racks and adapted to mesh with said pinion, and a wedge adapted to enter between the end of said pinion and its bearing and force it endwise, substantially as and for the purpose described.

19. In. a cash-register, the combination. with a pinion and its bearings, of a clutch mechanism adapted to engage with said pinion, a tablet-rod provided with a rack and adapted to mesh with said pinion, a swinging wedge adapted to force the pinion and clutch into engagement, and a key extending through the walls of the inclosing case, adapted to move said wedge out of engagement between the pinion. and its clutch, substantially as and for the purpose described.

20. In a cashre ister, the combination. of a case, an inclosoil till, a till-cover forming lIC part of said ease and having a rotary movement in o inning and closing, a tablet-rod provided wit i a rack, a pinion rotatable in either direction, a. clutch adapted to prevent backward rotary motion ol said pinion, a lever in. terposed between said pinion and said tillcover and acuated by said till-cover, and adapted to force said pinion. into engagement with the holding-clutch, substantially as and for the purpose described.

21, In a cash-register, two or more pinions adapted to rotate backward and forward, two or more registering-wheels adapted to rotate forward only, a clutch connection. between each of said pinions and its proper registering-wheel, and mechanism operated by a moving part of the machine for sin'mltaneously engaging and positively locking to gether all of said pinions and their proper registering-wheels, substantially as set forth.

22. In a cash-register, the combination with a pinion and its bearings, clutch mechanism adapted to engage with said pinion, means for rotating said pinion, a wedge adapted to force the parts of said clutch into engagement, and a key adapted to move said wedge and disengage the parts of said clutch, substantially as described,

23. In a casl1rcgistcr, in combination with a pinion, a tablet-rod adapted to actuate said pinion, register-wheels axially concentric to said pinion and adapted to be clutched with said pinion by endwise movement of the same, substantially as and for the purpose described.

24. In a cash-register, in. combination with a inion and tablet-rods provided with racks a apted to actuate said pinion, stops located on said pinion and on the supporting-case, to hold said pinion normally in position to be engaged by said rack arranged to prevent more than a single revolution of said pinion, and a retracting-spring, substantially as and for the purpose described.

25. In a cash-register, the combination of a inion movable axially, register-actuating w leels axially concentric with said pinion, a clutch between said pinion and the registcractuating wheels, a spring-detent adapted to prevent backward. movement of said registeractuating wheels, an actuating-lever adapted to move the parts into clutch, and means for rotating said pinion backward and out of clutch when released from said actuating lever, substantially as and for the purpose specified.

26. In a cash-indicator, the combination with indicating mechanism, of a manuallyoperated part moving such mechanism, and a speed-varying connection between said indi cating mechanism and the manually-operated part acting to translate a constant movement of the manually-operated part into a movement of the ind cating mechanism which continuously and gradually decreases to a nullity without abrupt changes in tl e speed thereof, whereby n'iovcinent oi the indicating mechanism will cease before that of the 11ialinallyopcrated part so as to prevent overthrow of the indicating mechanism, substantially as set forth.

27, In a cash-indicator, the combination with indicating mechanisni, of a nmnuallvoperated part moving said indicating mechanism, and a speed-varying connection between said indicating mechanism and said manually-operated part having as one of its elements a connecting-link which )asses over a center of rotation as the manual y-operated part reaches the end of its movement to arrest movement of the indicating mechanisn'i, whereby a constant speed of said manuallyoperatcd part will be translated into a grad ually decreasing speed of said indicating mechanism, and the overthrow of the indicating mechanism will be prevented, substantially as set forth.

28. In a cash-imlicator, the combination with movable tablet-rods, of keys controlling and selecting the tablet-rods to be moved, and an actuator for moving the tablet-rods having a gradually-decreasing speed toward the end of its movement whereby movement of the tablet-rod toward indicating position ceases before that of the actuator, substantially as set forth.

29. In a cash-indicator, the combination with movable tablet-rods, of keys controlling and selecting the tablet-rods to be moved, a liftingbar for moving the tablet-rods which are selected by the keys, a manually-operated part for moving said lifting-bar, and a speedvarying connection between said lifting-bar and the manually-operated part acting to translate a constant movement of the manually-operated part into a gradually-decreas ing movement of the liftingbar whereby movement of the tablet-rods toward indicating osition will cease before that of the liftingiar, substantially as set forth.

30. In a cash-register, the combination with the registering mechanism, of a manually-operated part moving said register, and a speedvarying connection between said register and the manually-operated part acting to translate a constant movement of the manually-operated part into a movement of the register, which continuously and gradually decreases to a nullity without abrupt changes in the speed thereof, whereby overthrow of the register-wheels is prevented, substantially as set forth.

31. In a cash-register, the combination with. the registering mechanism, of a manually-operated part moving said register, and a speed-varying connection between said register and said manually-operated part having as one of its elements a connecting-link which asses over a center of rotation as the manua ly-operated part reaches the end of its movement, whereby a constant speed of said manuallyoperated art will be translated into a graduallyecreasin speed of said re ister and the overthrow o? the register will be prevented, substantially as set forth.

32. In a cash-register, the combination with the registering mechanism, of movable tabletrods engaging said register and moving it, a manually-operated part for moving said tablet-rods, and a speed-varying connection between said tablet-rods and the manually-operated art acting to translate a constant speed oi the manually-operated part into a gradually-decreasing speed of the tab let-rods, whereby the overthrow of the register-wheels will be prevented, substantially as set forth.

33. In a cash-register, the combination with sales-indicators, of an operating device therefor, a rotatable till-cover, a system of links connected between said operating de vice and said till-cover, the pin connecting said links and said till-cover being located on a diameter thereof that is approximatel Y horizontal when said tillcover is closed whereby the opening of said till-cover imparts a rapid initial motion and a slow final motion to said operating device, substantially as and for the purpose described.

34. In a cash-register, the combination with a device for operating the register mechanism, of a till-cover or lever, a system of links connecting said till-cover and said device, the in connecting said links and said till-cover being located on a diameter thereof that is horizontal when said till-cover is closed, whereby the opening of said till-cover imparts, from a constant motion of said tillcover, a re id initial motion to said liftingbar, and a s ow final motion, substantially as and for the purpose described.

35. In a cash-register, the combination of a till-cover having a circular rotary end, a lifting-bar having a vertical movement, a system of links between the end of said tillcover and said lifting-bar, a wrist-pin connecting one of said links to the rotary end of said cover on a diameter of said till-cover that is horizontal when said till-cover is closed, whereby a constant rotary motion of said till-cover produces a rapid initial motion of said lifting-bar and a slow final motion, whereby the tendency of said lifting-bar and tablet-rods lifted thereb to overthrow" is prevented, suhstantia ly as and for the purpose described.

36. In a cash-register, the combination of the rotary end E of the till-cover, the lifting-bar (J, and the connecting-links I), D, D, said link D having a vertical movement, said link D having an angular movement, and said link D having a rotary movement, on the wrist-pin d, and circular movement at its point 0 attachment with link D, the said wrist-pin (1 being located on a diameter of said end a that is horizontal when the tillcover is closed, substantially as and for the purpose described.

37. In a cash-register, the combination with a rinting or embossing mechanism, a manual y operated part for moving said mechanism, and a speed-varying connection between said mechanism and the manuallyoporated part, acting to translate a constant movement of the manually-operated part, to a movement of said mechanism which continuously and gradually decreases to a nullit without abrupt chan es in the speed thereo whereby overthrow oi the printing or embossing mechanism is prevented, substantially as set forth.

In a cash-register, the combination with a printing or embossing mechanism, of a cash-receptacle, having a movable part or member, and a speed-varying connection between said mechanism and the movable part, acting to translate a constant movement of the movable art into a movement of the printin or embossing mechanism, which continuous y and gradually decreases to a nullity without abrupt changes in the speed thereof, whereby overthrow thereof is prevented, substantially as set forth.

39. In a cashreceptacle, the combination with a money-recs tacle, of inde enclent latches, one for holding the race tac e in its extreme open position and the ot IGPIOI' holding the receptacle in a closed condition and inde )endent devices for operating the respective atches at will.

40. In a cash-register, the combination with a money-receptacle, of inde endent latches one ior holding the receptac e in an open condition and the other for holding the receptacle in a closed condition, a spring for closmg the receptacle and independent devices or operating the respective latches.

41. In a cash-register, the combination with a 1noneyreceptacle, of a latch adapted to holo said receptacle open, a spring for clos ing it, an automatic catch adapted to lock it in its closed position, register-keys, and means adapted to be actuated by any one of the register-keys for unlocking said lastnicntioned catch, substantially as described.

42. In a cash-register, the combination with a moncyreceptacle, of means for locking the same closed, finger-keys, each of which is severally ada ted to unlock said rece tacle when closer and a locking-bar a a ted to lock the receptacle when open, sai locking-bar being a spring-actuated horizontal bar ada ted to move both vertically and horizontal y into locking engaement, and horizontally and vertically out of ocking engagement, substantially as described.

43. In a cash-register, in combination with an inclosing case, an arched till-cover rotating on a central bearing, a locking-bolt for holding said cover in its open position, consisting of a horizontal bar with diagonal slots and slidingly secured to said case by means of pins passing through said slots, whereby both vertical and horizontal motion of said bar are produced by a vertical motion, substantially as and for the )urpose described.

44. In a cash-register, in combination with tablet-rods and a lifting-bar, of a dog moving With and movable on said lifting-bar, a key arranged to engage with said dog and move it into position to engage with and hit said tablet-rods, a lever adapted to actuate said lifting-bar, means for actuating said lever, a self-setting lock adapted to prevent the action of said lever, and a key-lever adapted to release said lock, substantially as and for the purpose described.

45. In a cashregister, the combination of the inclosing case, the arched till-cover rotatin on a central bearing, the locking-bolt L, he (1 to said case by means 01 pins and the described diagonal slots, and adapted to lock the cover in its open position, substantially as and for the purpose described.

46. In a cash-register, the combination with an arched till-cover rotating on a central bearing, or a locking-hook k on the register-case, a locking-catch K on the till-cover, the swinging bar f and de endin arm F adapted to be operated by t 1e key IK and to throw the locking-hook it" and the lockingcatch K out of engagement, substantially as and for the purpose described.

47. In a cash-register, the combination with a money-receptacle having a removable cover provided with a handle, of a latch adapted to hold said cover in its 0 en position, a spring adapted to close said eover, a lock adapted to hold said cover in its closed position, register-keys, means adapted to be operated by any of the re ister-keys for unlockin said last-mentioner latch, and a complete t irow mechanism whereby said cover is prevented from having backward movement after starting to either open or close, substantially as and for the purpose specified.

48. In a cash-register, the combination with a money-receptacle, of a latch adapted to hold said receptacle open, a spring for closing it, an automatic catch adapted to lock in its closed position, registerkeys, means ada ted to be actuated by any of the register-lzeys for unlocking said. last-mentioned catch, and a complete throw mechanism whereby a backward movement either in )pening or closing said receptacle is prevented intil a complete throw has been made, sub- ;tantially as described.

49. In a cash-register, the combination with a series of keys, of a registering mechansm, 3. cash-rece tacle having a movable part or operatin t e registering mechanism, a atch for hol ing the movable part of the casheceptacle closed adapted to be operated by said keys, and means mounted on the 1nov able part and engaged by said latch whereby the opening of said art is prevented unless a key is operated and remains in operated position.

50. A cash-register including a cash-rece tacle, a movable part for said receptacle, a atch for the movable part and means for preventing the opening of the movable part unless the latch is held tripped during a portion of the opening movement of the movable part.

51. In a cash-register, a series of registeroperating rods, an actuator for the rods, a se ries of intermediate elements for connecting the actuator with the rods, and a five-cent bar for connecting certain of the intermediate elements with the intermediate element connecting the actuator and five-cent registerrod, substantially as described.

52. In a cash-register, in combination with a registering mechanism, a series of keys, a

serles o1 register-actuating elements arranged to be selected by said keys but operatively actuated independently of the movement of said keys, and a five-cent bar arranged to connect certain of said actuating elements with the element effecting the registration of five-cent amounts, substantially as described.

53. In a cash-register, in combination with a suitable registering mechanism, a series of keys arranged to effect the registration of five-cent amounts and multiples thereof, a series of register-actuating elements arranged to be selected by said keys but operatively actuated independently of the movement of said keys, and a five-cent bar arranged to connect the five-cent-actuating element with the actuating elements for the odd multiples of five cents, substantially as described.

54. In a cash-register re istering amounts of five cents and multiples t ereof, the combination with a suitable registering mechanism, of a series of keys, a series of register-actuators arranged to be selected by said keys but operatively actuated independently of the movement of said keys, and a five-cent bar arranged to effect the registration of a fivecent amount and an even multiple thereof by the operation of a key representing an odd multiple of five above the first power, substantially as described.

55. In a cash-register for registering fivecent amounts and multiples thereof, the combination of a suitable registering mechanism, of a series of keys, a series of register-actuators, an actuating-bar for said actuators, a series of connecting elements mounted upon said actuating-bar arranged to operatively enga e said actuators and said bar, and afivecent bar arranged to connect the connectin element between the five-cent actuator &I1( the actuator-bar with the connecting elements between the bar and the actuators representing amounts which are odd multipies oi five above the first power, substantially as described.

56. In a cash-register, the combination of a five-cent register-wheel, a ten-cent register wheel, a series of keys indicating both even and odd multiples of five above the first power, separate actuators for said Wheels operating independently of the movement of said keys, and a five-cent bar between the actuating mechanism of the ten-cent wheel and the five-cent wheel, whereby the operation of any one of said keys secures the registration of the tens of its value on the ten-cent wheel and the five on the five-cent wheel, substantially as described.

57. In a cash-register, the combination of a five-cent register-wheel, a ten-cent register wheel, a series of keys indicating both even and odd multiples of live above the first power, separate actuators for said wheels op erated independently of the movement of said keys, and a five-cent bar between the actuating mechanism of the ten-cent wheel and the five-cent wheel, whereby the operation of any one of said keys indicating odd multiples of five secures the registration of the tens of its value on the ten-cent wheel and the five on the five cent wheel, substantially as described.

58. In a caslrregistcr, the combination of a five-cent register-wheel, a tcn-centregisterwheel, a series of keys indicating odd multiples of five above the first power, separate actuators for said wheels 0 erated independently of the movement 0 said keys, and a five-cent bar between the actuating mechanism of the ten-cent wheel and the fivscent wheel, whereby the operation of any one of said keys secures the registration of the tens of its value on the tencent wheel and the five-cent wheel, substantially as described.

59. in a cash-re ister, the combination with a printing or em ossing mechanism and a single tape or strip on which an impression is made, of a cash-receptacle having a movable part or member, and means operated by the movable part of said receptacle for setting the printing or embossing mechanism substantially as set forth.

60. .In a cash re ister, the combination with a printin or Q-ll'ibOSSlIlg mechanism, of a cash-receptac e having a movable part or member, and means operated by the movable art of said receptacle for setting and operatin the printing or embossing mechanism, so stantially as set forth.

61. in a cash-re ister, the combination with a printing or em )ossing mechanism, of a cash-receptacle having a movable part or member, means for setting said mechanism, controlled by the opening movement of the movable part of said cash-receptacle, and mechanism for reflecting the printing or embossing action of said printing or embossing mechanism, controlled by the opening movement and e'i'l'ected at the end of such movement, substantially as set forth.

62. In a cash-register, the combination with a printing or embossing mechanism and a papenfeeding mechanism, of a cash-receptacle having a movable part or member, means for setting the printing or embossing mechanism, controlled by the opening movement of the movable part of said receptacle, mechanism for operating said printing or embossing mechanism, and controlled by the opening movement and eli'ected at the end of such movement, and means for operating the paper-feeding mechanism, and controlled by the closing movement of the movable part of said receptacle, substantially as set forth.

63. In a cash-register, the combination with a printing or embossing mechanism and a paperfeeding mechanism, of a cash-recep tacle having a movable part or member, means for setting the printing or embossing mechanism, means operated by the movable part of the cash-receptacle for operating said printing or embossing mechanism, and means for operating the paper-feeding mechanism controlled by the closing movement of the movable part of" said receptacle, substantially as described.

64. in a cash-register, the combination with a printing or embossing mechanism and a paper-feeding mechanism, of a cash-receptacle having a movable part or member, means for setting the printing or embossing mechanism, means operated by the movable part of the cash-receptacle for operating said printing or embossing mechanism, means for operating the paper-feeding mechanism, and controlled by the closing movement of the movable part of said receptacle, and mechanism for cutting off checks from the paper strip, and operated directly by the movable art of said receptacle, substantially as set Forth.

65. In a cash-register, the combination with a printing or embossing mechanism and a paper-feeding mechanism, of a caslireceptacle having a movable part or member, means for setting the printing or embossing mechanism, controlled by the opening movement of the movable part of said receptacle, mechanism for operating said printing or embossing mechanism, and controlled by the opening movement of the movable part and effected at the end of such movement, means for operating the paper-feeding mechanism, and controlled by the closing movement of the movable part of said receptacle, and mechanism operated directly by tho movable part of said receptacle for cutting oii' checks irom the paper strip, substantially as set forth.

66, in a cash -rogister, the combination with a printing or embossing mechanism and a paper-feeding mechanism, of a cash-receptacle having a movable part or member,

ICC

means For setting the printing or embossing mechanism, means operated by the movable part of the cash-receptacle for operating said printing or embossing mechanism, means for operating the paper-feeding mechanism, and mechanism for cutting oll' checks from the paper strip operated directly by the movable part of said receptacle, substantially as described.

67. In a cash-register the combination with a cash-safe having a part movable to expose the cash at will, of a series of type-carriers, a series of oscillatory members con nected to the type-carriers so that when moved in one direction they will set the carriers, and when moved in the opposite direction will return the same to their normal positions and means intermediate the movable part of the cash-safe and the oscillatory members for moving the latter positively in one direction for changing the positions of the types.

68. In a cash-register the combination With a cash-safe having a part movable. to expose the cash at will, of a series of type-carriers, a series of keys, a series of oscillatory members connected to the type-carriers and controlled in their movements in one direc tion by said keys, so that when moved in one direction they will set the type-carriers according to the values of the keys operated, and When moved in the opposite direction will return said carriers to normal positions and means intermediate the movable part of the cash-safe and the oscillatory members for moving the latter positively in one direction for changing the positions of the types.

69. I11 a cash-register the combination With a cash-safe having a part movable to expose the cash at will, of a series of type-carriers, a series of oscillatory members connected to said type-carriers, means intermediate the movable part of the cash-safe and the oscillatory members for turning the latter positively in one direction and devices governed by said movable part of the cashsafe for controlling the movements of the oscillatory members in the opposite direction.

70. In a cash-register the combination with a cash-safe having a part movable to expose the cash at will, of a series of type-carriers, a series of oscillatory members connected to said type-carriers, means intermediate the movable member of the cash-safe and the members for moving the latter posi' tively in one direction, means for securing the members against movement in the opposite direction and devices governed by said movable part for controlling said securing means and the movement of the members in the opposite direction.

71. In a cash-register the combination with a cash-safe having a part movable to expose the cash at will, of a series of movable members, a series of indicators connected to said members, means intermediate the movable part of the casl'i-sate and the movable members for controlling the latter, a latch for holding the indicators in their set ositions, a latch for the movable part 0 the cash-safe and a common means for operating said latches; the construction being such that the indicators may return to their normal positions independently of the operation of the movable part oi the cash-safe.

72. In a cashregister the combination with a series of controlling elements, of a series of indicators connected thereto, a cashsafe having a part movable to expose the cash at will, means intermediate the controlling elements and the movable part of the cash-safe for controlling the movements of the elements to set the indicators, means for latching the indicators in their set positions and devices for tripping the said latches to allow the indicators to return independently of the operation of the movable part of the cash-safe.

73. In a cash-register the combination with a cou1'1ter,'of ty e-carriers, a common means for operating t 1e counter and setting the type-carriers, a cash-rece tacle arranged to be exposed at will, means dbpendent upon the full exposure of the receptacle for controlling the movements of the common operating means and impression devices dependent upon the full exposure of the cash-receptacle for operation.

74. In a printing mechanism of a cashregister, the combination of a feed-\vheel, the clipping shears 110 and 11 1, closing lever 1 1 1, actuating end E of the till-cover, and the key 115 adapted to be interposed between the end E of the till-cover and the lever 11.4 and cause the till-cover to actuate the said lever, substantially as and for the purpose described.

75. In the printing mechanism of a cashregister, the combination of the movable'tillcover, rotary rod 11 carrying the fixed disk 102, the printing Wheels, printing platen having an arm 112, pin 113 fixed in the disk 102, adapted to raise said platen-arm and force said platen against the printing-Wheel, and means for actuating said rod 11 by the movement of the till-cover, substantially as and for the purpose described.

76. In a cash-register, in combination with a till-cover having a rotary movement, a winding-drum at the axis of rotation, a retary arbor carrying crank in, a windingchain between said drum an said rotary arbor, a recovering-spring adapted to be placed under tension by the rotation of said arbor printing-Wheels, and a printing=platen actuated by said crank-pin, substantially as and for the purpose described.

77. In a cash-register, the combination of a movable till-cover, an arbor supported by the case of said register and actuated by the movement of the till-cover, a disk secured to said arbor, a feed-roller journaled on said arbor, a ratchet-wheel and pawl connecting the said disk and feed-roll, and a mask adapted to regulate the engagement between the ratchet-wheel and pawl, substantially as and for the purpose described.

78. In a cash-register, the combination of a movable till-cover, an arbor supported by the case of said register and actuated by the movement of the till-cover, a disk sec-cred to said arbor, a feed roll journaied on said arher, a ratchet-wheel and pawl connecting the said disk and feed-roll, and an adjustable mask adapted to regulate the engagement between the ratchetwheels and pawl, substantially as and for the purpose described.

7Q. In a cash-re ister, the combination with a printin mec anism, of a paper-feedactuating paw? having a uniform length of stroke at each operation of the machine; and means for holding the pawl out of operation throughout any desired extent of such uniform movement.

89. In a cash-register, the combination with a cash-safe having a member movable to expose the cash at will, of printin devices; a pivoted platen cooperating t ierewith; a revoluble operating-disk connected with said movable cash-safe member arranged to be rotated forward and backward by the opening and closing movements of said member; and means operated by said revoluble disk for striking said pivoted platen and forcing the same against said printing devices.

81. In a cash-register, the combination with a cash-safe having a member movable to expose the cash at will, of printing de vices; a revoluble operating-disk connected with said movable cashsafe member arranged to be rotated forward and backward by the opening and closing movements of said member; and a paper-feed device having a one-way connection with said revolubie disk whereby to operate said feed during one direction of rotation of said disk.

82. In a cash-register, the combination with a cash-safe having a member movable to expose the cash at will, of printing devices; a revoluble operating-disk connected with said movable cash-safe member arranged to be rotated torward'and backward by the opening and closing movements of said member; and a ratchet and pawl paper-feed device comprising a pawl carried upon said revoluble disk and engaging a notched wheel connected with said pa er-feed device whereby the feed will take p ace in onl one direction of movement of said movab e cash-safe member.

83. In a cash-register, the combination with a cash-safe havin a member movable to expose the cash at wil of printing devices; a revoluble operating-disk connected with said movable cash-safe member arranged to be ro tated forward and backward by the opening and closingmovements of said member a pivoted platen for taking an impression from said printing devices; means connected with said revoluble disk for striking against said platen for forcing the same against said printing devices; and a )aper-feeding device having a one-way ratchet connection with said revoluble disk so as to be operated in only one direction of movement of said movable cash-safe member, and said feeding de vice also being constructed to be actuated by said disk subsequent to the actuation of said platen.

84. In a cash-register, the combination with a cash-safe havin a member movable to expose the cash at wil of a series of oscillatory type-carriers a series of keys for predetermining the setting positions of said typecarriers; a series of oscillatory members connected to said type-carriers so that when moved in one direction they will set the carriers and when moved in the opposite direction they will return the carriers to normal position; means intermediate the movable cash-safe member and the said oscillatory members for controlling the movements of the latter to setting position; a revoluble o crating-disk connected with said movab e cash-safe member and oscillated "forward and backward with the opening and closing movements of said cash-safe member; a pivoted platen; means connected with said revolublc disk for forcing said platen against said typecarriers subsequent to the setting movement of the type-carriers under the control of said movable cash-safe member; a paper-feed mechanism, and an actuating-pawl connected with said revoluble disk and cooperating with said aper-feed mechanism to actuatea paper-fee in only one direction of revolution of said disk and subsequently to the move ment of said platen by said disk.

85. In a cash-register, the combination with a cash-safe having a part movable to expose the cash at will, of a series of movable members, and a series ofindicatorinstrumentalities one for each of said members and each adapted to variously expose a plurality of indicia; means intermediate the movable part of the cash-safe and the movable members for controlling the latter; latching devices for holding said indicator instrumcntalities in their set positions; a latch for the movable part of the cash-safe; a common means for operating said latches, the construction being such that the indicator instrumentalities may return to normal positions independently of the operation of the movable part of the cash-safe; and means 0 erated by said movable part of the cash-saih for ositively restoring the indicator-latching evices to latchin condition,

86. n a cashregister, the combination 

